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Healthcare AI Data Center Network Modernization

About the Client

The client is a regional health system advancing its medical imaging capabilities through AI-driven diagnostics. With increasing demand for high-performance compute and faster data processing, the existing network infrastructure struggled to support GPU-intensive workloads. To enable scalable AI adoption while maintaining compliance and performance, the organization partnered with Zymr.

Key Outcomes

3x Increase in Training Throughput
75% Reduction in Dataset Loading Latency

Business Challenges

The health system’s existing network infrastructure was not designed to handle GPU-based AI workloads, resulting in performance bottlenecks and slow data processing. High latency in dataset loading impacted model training efficiency and delayed clinical insights.

The lack of a high-speed, scalable architecture limited the ability to process large imaging datasets required for advanced AI applications. Network congestion and inefficient data movement further reduced overall system performance.

Additionally, maintaining strict compliance with healthcare regulations such as HIPAA while enabling high-performance computing posed a significant challenge. The organization needed secure segmentation of clinical workloads without compromising speed or scalability.

The health system required a modern, AI-ready data center network capable of supporting GPU workloads, accelerating data pipelines, and ensuring secure, compliant operations.

Business Impacts / Key Results Achieved

Zymr enabled the transformation of the client’s legacy infrastructure into a high-performance, AI-ready data center network. This significantly improved data processing speed, scalability, and compliance for medical imaging workloads.

  • 3x Increase in Training Throughput
  • 75% Reduction in Dataset Loading Latency
  • Enhanced GPU Utilization Efficiency
  • HIPAA-Compliant Network Segmentation Achieved
  • Improved Performance for AI-Based Imaging Workloads

Strategy and Solutions

Zymr designed and deployed a modern network architecture optimized for AI workloads, ensuring high throughput, low latency, and secure data handling.

  • NVIDIA-Certified RoCEv2 Fabric
    Implemented a high-performance RDMA over Converged Ethernet (RoCEv2) fabric to enable low-latency, high-bandwidth communication between GPUs.
  • Leaf-Spine 400G Architecture
    Designed a scalable leaf-spine network with 400G connectivity to support massive data transfer requirements and future growth.
  • GPUDirect Storage Enablement
    Enabled direct data transfer between storage and GPUs, significantly reducing latency and improving data pipeline efficiency.
  • BlueField DPU Integration
    Deployed BlueField DPUs to offload networking, security, and storage tasks, enhancing overall system performance and efficiency.
  • Secure Workload Segmentation
    Ensured HIPAA-compliant segmentation of clinical and AI workloads without impacting network performance.
  • AI Infrastructure Optimization
    Optimized the entire data pipeline to support faster model training, real-time processing, and scalable AI operations.
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